Safety, Health, and Plant Science / Series 100
1. Personal protective equipment
2. Hearing and noise safety
3. Respiratory protection program
4. Introduction to OSHA
5. Introduction to Industrial Hygiene
2. Hearing and noise safety
3. Respiratory protection program
4. Introduction to OSHA
5. Introduction to Industrial Hygiene
1. Slip, trip and fall prevention
2. Ladder safety
3. Portable power and hand tool safety
4. Machine hazards and safety
5. Machine guarding
6. Accident causes, prevention and investigation
7. Stationary power tool safety
8. Laboratory health and safety
2. Ladder safety
3. Portable power and hand tool safety
4. Machine hazards and safety
5. Machine guarding
6. Accident causes, prevention and investigation
7. Stationary power tool safety
8. Laboratory health and safety
1. Lockout/tagout safety program
1. Electrical safety
2. Energized electrical equipment safety
3. Arc flash hazards basics
2. Energized electrical equipment safety
3. Arc flash hazards basics
1. Slip, trip and fall prevention
2. Ladder safety
3. Portable power and hand tool safety
4. Machine hazards and safety
5. Machine guarding
6. Accident causes, prevention and investigation
7. Stationary power tool safety
8. Laboratory health and safety
2. Ladder safety
3. Portable power and hand tool safety
4. Machine hazards and safety
5. Machine guarding
6. Accident causes, prevention and investigation
7. Stationary power tool safety
8. Laboratory health and safety
1. Scissor lift operations and safety
1. Forklift and powered industrial trucks safety
1. HAZWOPER regulation overview
2. Site characterization and analysis
3. Toxicology
4. Medical surveillance
5. Decontamination
6. Emergency procedures
2. Site characterization and analysis
3. Toxicology
4. Medical surveillance
5. Decontamination
6. Emergency procedures
1. Behaviour based safety program design
2. Behaviour based safety program concepts
3. Hazardous material procedures
4. Confined space procedures
5. Hot work procedures
6. Root cause analysis
7. Safety and health programs
2. Behaviour based safety program concepts
3. Hazardous material procedures
4. Confined space procedures
5. Hot work procedures
6. Root cause analysis
7. Safety and health programs
1. Environmental awareness
2. Stormwater regulations and pollution prevention plans
3. Spill prevention control and countermeasures
2. Stormwater regulations and pollution prevention plans
3. Spill prevention control and countermeasures
1. Atomic structure and chemical bonding
2. Introduction to the periodic table of elements
3. Chemical formulas, reactions and solubility
4. Introduction to hydrocarbon chemistry
5. Chemical equations
6. Introduction to physics – force and motion
7. Introduction to physics – energy and Power
2. Introduction to the periodic table of elements
3. Chemical formulas, reactions and solubility
4. Introduction to hydrocarbon chemistry
5. Chemical equations
6. Introduction to physics – force and motion
7. Introduction to physics – energy and Power
1. Slip, trip and fall prevention
2. Ladder safety
3. Portable power and hand tool safety
4. Machine hazards and safety
5. Machine guarding
6. Accident causes, prevention and investigation
7. Stationary power tool safety
8. Laboratory health and safety
2. Ladder safety
3. Portable power and hand tool safety
4. Machine hazards and safety
5. Machine guarding
6. Accident causes, prevention and investigation
7. Stationary power tool safety
8. Laboratory health and safety
1. Fire prevention and protection program
2. Fire extinguisher safety
3. Combustible dusts
2. Fire extinguisher safety
3. Combustible dusts
1. Confined spaces – entrant and attendant duties
2. Confined spaces – entry supervisor duties
2. Confined spaces – entry supervisor duties
1. Materials handling and storing safety
1. Crane and hoist safety
1. Hazardous materials safety
2. Acid and caustic awareness
3. Asbestos and silica awareness
4. Ammonia awareness
5. Hydrogen sulphide awareness
6. Chlorine awareness
7. Radiation awareness
8. Hazardous gases – methane, carbon monoxide, and carbon dioxide
9. Lead awareness
10. Gas monitoring basics
2. Acid and caustic awareness
3. Asbestos and silica awareness
4. Ammonia awareness
5. Hydrogen sulphide awareness
6. Chlorine awareness
7. Radiation awareness
8. Hazardous gases – methane, carbon monoxide, and carbon dioxide
9. Lead awareness
10. Gas monitoring basics
1. Hazardous communications employee training program 1&2
1. Ergonomics in an office environment
2. Ergonomics in an industrial environment
3. Proper lifting techniques
2. Ergonomics in an industrial environment
3. Proper lifting techniques
1. Introduction to industrial math
2. Industrial math – measurements and calculations
3. Industrial math – fractions, percentages and ratios
2. Industrial math – measurements and calculations
3. Industrial math – fractions, percentages and ratios
1. Classification of physical hazards
2. Classification of health and environmental hazards
3. Hazard communication – labelling
4. Hazard communication – safety data sheets
2. Classification of health and environmental hazards
3. Hazard communication – labelling
4. Hazard communication – safety data sheets
Mechanical Maintenance / Series 200
1. Working Principles of Simple Machines
2. Hand tools 1 & 2
3. Portable Power tools
4. Torque Wrenches
2. Hand tools 1 & 2
3. Portable Power tools
4. Torque Wrenches
1. Introduction to Bearings
2. Rolling contact Bearings
3. Sliding Surface Bearings
4. Bearing Installation and Removal
5. Bearing Seals
6. Troubleshooting Bearing Failures
2. Rolling contact Bearings
3. Sliding Surface Bearings
4. Bearing Installation and Removal
5. Bearing Seals
6. Troubleshooting Bearing Failures
1. Lubricating Selection and Sampling in Rotating Machinery
2. Lubrication Failures and Management in Rotating Machinery
3. Lubrication analysis in Rotating Machinery
2. Lubrication Failures and Management in Rotating Machinery
3. Lubrication analysis in Rotating Machinery
1. Lubrication basics
2. Types of lubricants
3. Lubrication sampling and analysis
4. Lubrication filtration and purification
5. Lubrication delivery methods and systems
2. Types of lubricants
3. Lubrication sampling and analysis
4. Lubrication filtration and purification
5. Lubrication delivery methods and systems
1. Introduction to centrifugal pumps
2. Centrifugal pump design
3. Centrifugal pump fundamentals
4. Centrifugal pump operation
2. Centrifugal pump design
3. Centrifugal pump fundamentals
4. Centrifugal pump operation
1. Compressed air systems
2. Compressed air system components
3. Positive displacement compressors
4. Dynamic compressors
2. Compressed air system components
3. Positive displacement compressors
4. Dynamic compressors
4. Centrifugal pump operation
1. Introduction to positive
2. Displacement pumps
3. Reciprocating positive displacement pumps
4. Rotary positive displacement pumps
2. Displacement pumps
3. Reciprocating positive displacement pumps
4. Rotary positive displacement pumps
1. Vibration introduction
2. Vibration causes and characteristics
3. Basic vibration troubleshooting techniques
4. Plant vibration program
2. Vibration causes and characteristics
3. Basic vibration troubleshooting techniques
4. Plant vibration program
1. Introduction to Belt Maintenance
2. V-Belts
3. Positive Traction Belt Drives
4. Sheave Maintenance
5. Introduction to conveyor Systems
6. Conveyor System design
7. Conveyor Belt System Inspection and Operation
8. Conveyor Belt Installation and Repair
2. V-Belts
3. Positive Traction Belt Drives
4. Sheave Maintenance
5. Introduction to conveyor Systems
6. Conveyor System design
7. Conveyor Belt System Inspection and Operation
8. Conveyor Belt Installation and Repair
1. Introduction of Gear Drives
2. Types of Gears
3. Maintaining Gear Drives
4. Clutches
2. Types of Gears
3. Maintaining Gear Drives
4. Clutches
1. Pipe connections and symbols
2. Piping Construction and Sizing
3. Piping Expansion, support, and Insulation
4. Piping auxiliaries
5. Tubing types and applications
6. Tube fittings and connection methods
7. Tube and conduit bending
2. Piping Construction and Sizing
3. Piping Expansion, support, and Insulation
4. Piping auxiliaries
5. Tubing types and applications
6. Tube fittings and connection methods
7. Tube and conduit bending
1. Introduction to Chain Drives
2. Chain drive maintenance and troubleshooting
2. Chain drive maintenance and troubleshooting
1. Introduction to valves and their components
2. Valve actuators
3. Gate and globe valves
4. Butterfly and ball valves
5. Check valves and needle valves
6. Plug valves and diaphragm valves
7. Pinch valves
8. Safety and Relief valves
9. Solenoid valves
10. Valve positioners
11. Pressure regulating valves
2. Valve actuators
3. Gate and globe valves
4. Butterfly and ball valves
5. Check valves and needle valves
6. Plug valves and diaphragm valves
7. Pinch valves
8. Safety and Relief valves
9. Solenoid valves
10. Valve positioners
11. Pressure regulating valves
1. Heat exchanger theory
2. Open heat exchanger design and operation
3. Closed heat exchangers
2. Open heat exchanger design and operation
3. Closed heat exchangers
1. Bolted joints
2. O-rings
3. Making Gaskets
4. Fasteners
5. Packing material use and installation
6. Mechanical seals use and installation
2. O-rings
3. Making Gaskets
4. Fasteners
5. Packing material use and installation
6. Mechanical seals use and installation
1. Introduction to hydraulics
2. Hydraulic systems
3. Hydraulic fluids
2. Hydraulic systems
3. Hydraulic fluids
1. Boiler tube repair
2. Inspecting the fireside of a boiler 1&2
3. Inspecting the waterside of a boiler
4. Inspecting a boiler’s exterior
5. Waterside and fireside cleaning of a boiler
2. Inspecting the fireside of a boiler 1&2
3. Inspecting the waterside of a boiler
4. Inspecting a boiler’s exterior
5. Waterside and fireside cleaning of a boiler
Electrical Distribution / Series 300
1. Elements of system protection
2. Types of protective relays
3. Monitoring system conditions
4. Disturbance monitoring equipment
5. Line protection
6. Transformer protection
7. Pilot protection
8. Bus protection
9. Generator protection
10. Protection system misoperation and maintenance
11. Protection systems maintenance programs
2. Types of protective relays
3. Monitoring system conditions
4. Disturbance monitoring equipment
5. Line protection
6. Transformer protection
7. Pilot protection
8. Bus protection
9. Generator protection
10. Protection system misoperation and maintenance
11. Protection systems maintenance programs
1. Bulk power system communication basics
2. Bulk power system communication and coordination
2. Bulk power system communication and coordination
1. Reliability coordination – planning and operations
2. Coordinating entities and duties
2. Coordinating entities and duties
1. Real Power balancing control performance
2. Disturbance control performance
3. Frequency response and bias
4. Automatic generation control
2. Disturbance control performance
3. Frequency response and bias
4. Automatic generation control
1. Emergency policies and procedures
2. Capacity and energy emergencies
3. Disturbance reporting
2. Capacity and energy emergencies
3. Disturbance reporting
1. Reliability responsibilities and authorities
2. Transmission operations
2. Transmission operations
Electrical Maintenance / Series 400
1. Electron theory
2. Magnetism and electromagnetism explained
3. Ohm’s and Kirchhoff’s laws relating to DC circuits
4. Evaluating series and parallel DC circuit performance
5. Determine circuit outputs from specified inputs
2. Magnetism and electromagnetism explained
3. Ohm’s and Kirchhoff’s laws relating to DC circuits
4. Evaluating series and parallel DC circuit performance
5. Determine circuit outputs from specified inputs
1. Power quality
2. Harmonics
3. High-voltage AC
2. Harmonics
3. High-voltage AC
1. Introduction to motor controls
2. Motor protection and fault diagnosis
3. Motor control troubleshooting and centers
2. Motor protection and fault diagnosis
3. Motor control troubleshooting and centers
1. Transformer basics
2. Transformer design and components
3. Transformer connections
4. Special transformers
2. Transformer design and components
3. Transformer connections
4. Special transformers
1. Switchgear
2. Low voltage breakers
3. Medium and high voltage switchgear
4. General switchgear maintenance
5. Switchgear specific maintenance
6. Circuit breaker time travel
2. Low voltage breakers
3. Medium and high voltage switchgear
4. General switchgear maintenance
5. Switchgear specific maintenance
6. Circuit breaker time travel
1. MOV application and construction
2. MOV disassembly and inspection 1&2
3. Limit switch adjustment
2. MOV disassembly and inspection 1&2
3. Limit switch adjustment
1. Introduction to medium voltage cable
2. Medium voltage splices and terminations
2. Medium voltage splices and terminations
1. Introduction to alternating current
2. Ohm’s and Kirchhoff’s laws involving AC circuits
3. Inductance in AC circuits
4. Capacitance in AC circuits
5. Impedance in AC circuits
6. AC power
7. Fundamentals of 3-Phase AC
2. Ohm’s and Kirchhoff’s laws involving AC circuits
3. Inductance in AC circuits
4. Capacitance in AC circuits
5. Impedance in AC circuits
6. AC power
7. Fundamentals of 3-Phase AC
1. AC Induction motors
2. AC Generators
3. AC induction motor theory
4. Troubleshooting AC induction motors
5. AC induction motor maintenance
6. Overhauling induction motors
7. Generator system heat protection
8. Generator overhaul
9. DC motors and generators
10. Maintenance of direct current motors and generators
2. AC Generators
3. AC induction motor theory
4. Troubleshooting AC induction motors
5. AC induction motor maintenance
6. Overhauling induction motors
7. Generator system heat protection
8. Generator overhaul
9. DC motors and generators
10. Maintenance of direct current motors and generators
1. Battery basics
2. Electrical back up systems
3. Uninterruptable power supplies
2. Electrical back up systems
3. Uninterruptable power supplies
1. Electrical faults and current ratings
2. Overcurrent protection, fuses and breakers
3. Protection relays
4. Generator, transformer, and motor protection
5. Grounding and bonding
2. Overcurrent protection, fuses and breakers
3. Protection relays
4. Generator, transformer, and motor protection
5. Grounding and bonding
1. Wire and cable management
2. Terminating and connecting wires in a control panel
3. Making connections in a junction box
4. Installing conduit and pulling wire
2. Terminating and connecting wires in a control panel
3. Making connections in a junction box
4. Installing conduit and pulling wire
1. Troubleshooting AC and DC circuits
Power Generating systems and Operations / Series 500
1. Basic wind turbine design
2. Wind farm design
3. Horizontal wind turbine design and operation
4. Wind energy protection
2. Wind farm design
3. Horizontal wind turbine design and operation
4. Wind energy protection
1. Energy conversion
2. Steam turbine basics
3. Combustion system component overview
4. Boiler water and steam cycle overview
5. Generator overview
2. Steam turbine basics
3. Combustion system component overview
4. Boiler water and steam cycle overview
5. Generator overview
1. Generator and auxiliary systems’ functions
2. Generator and auxiliary systems flow paths and major components
3. Generator construction and process control
4. Generator and auxiliary systems start-up
5. Generator and auxiliary systems normal operations
6. Generator and auxiliary systems shutdown
2. Generator and auxiliary systems flow paths and major components
3. Generator construction and process control
4. Generator and auxiliary systems start-up
5. Generator and auxiliary systems normal operations
6. Generator and auxiliary systems shutdown
1. Introduction to combustion air and flue gas systems
2. Combustion air and flue gas flow paths and components
3. Control loops and methods of control
4. Combustion air and flue gas system start-up
5. Maintaining fan operations in combustion air and flue gas systems
6. Combustion air and flue gas system shutdown process
2. Combustion air and flue gas flow paths and components
3. Control loops and methods of control
4. Combustion air and flue gas system start-up
5. Maintaining fan operations in combustion air and flue gas systems
6. Combustion air and flue gas system shutdown process
1. Boiler fuel system function
2. Process and methods of control for the boiler fuel system
3. Boiler fuel system start up
4. Normal operation of the boiler fuel systems
5. Shutdown for the boiler fuel system
2. Process and methods of control for the boiler fuel system
3. Boiler fuel system start up
4. Normal operation of the boiler fuel systems
5. Shutdown for the boiler fuel system
1. Introduction to the circulating water system
2. Function of the circulating water system
3. Circulating water system components, start-up and normal operations
4. Circulating water system shutdown and controls
5. Cooling towers: operating principles and design and components
6. Air cooled condensers
2. Function of the circulating water system
3. Circulating water system components, start-up and normal operations
4. Circulating water system shutdown and controls
5. Cooling towers: operating principles and design and components
6. Air cooled condensers
1. Fuel combustion and controls
2. Boiler burner controls and management
2. Boiler burner controls and management
1. Boiler feed pumps and associated auxiliary equipment
2. Boiler fee pump flow path and major components
3. Boiler fee pump water supply and control systems
4. Boiler feed pump start-up
5. Boiler fee pump daily operations
2. Boiler fee pump flow path and major components
3. Boiler fee pump water supply and control systems
4. Boiler feed pump start-up
5. Boiler fee pump daily operations
1. Molecular chemistry of water
2. Elements and the periodic table of elements
3. Chemical compounds
4. Corrosion causes and effects
5. Corrosion control in steam production
6. Steam chemistry control guidelines
7. Industrial water treatment systems
8. Introduction to desalination
9. Desalination: pre- and post-treatment of water
10. Reverse osmosis
11. Thermal desalination technologies
2. Elements and the periodic table of elements
3. Chemical compounds
4. Corrosion causes and effects
5. Corrosion control in steam production
6. Steam chemistry control guidelines
7. Industrial water treatment systems
8. Introduction to desalination
9. Desalination: pre- and post-treatment of water
10. Reverse osmosis
11. Thermal desalination technologies
1. Preparing for Power Pant start-ups
2. Power plant Start-up procedures
3. Preparing for power plant shutdowns
4. Power plant shutdown procedures
2. Power plant Start-up procedures
3. Preparing for power plant shutdowns
4. Power plant shutdown procedures
1. Distributed control system fundamentals
2. Distributed control system components
3. Using distributed control system diagrams
4. Power plant unit control
2. Distributed control system components
3. Using distributed control system diagrams
4. Power plant unit control
1. Diesel engines for power generation
2. Diesel engine support systems
3. Diesel-powered generation
4. Diesel power plant operations
5. Diesel plant control systems and protective devices
6. Diesel plant routine maintenance
2. Diesel engine support systems
3. Diesel-powered generation
4. Diesel power plant operations
5. Diesel plant control systems and protective devices
6. Diesel plant routine maintenance
1. The hydroelectric role in the power system
2. Hydroelectric power stations
3. Water management
4. Hydroelectric generators
5. Generator monitoring and control
6. Hydroelectric plant auxiliaries
7. Operating electrical equipment in a hydroelectric plant
2. Hydroelectric power stations
3. Water management
4. Hydroelectric generators
5. Generator monitoring and control
6. Hydroelectric plant auxiliaries
7. Operating electrical equipment in a hydroelectric plant
1. Introduction to solar energy
2. Solar energy – photovoltaic
3. Solar energy – thermal applications
2. Solar energy – photovoltaic
3. Solar energy – thermal applications
1. Nuclear power principles and designs
2. PWR and BWR operation and design
2. PWR and BWR operation and design
1. Steam turbine design, control and operation
2. Steam turbine auxiliares
2. Steam turbine auxiliares
1. Gas turbine fundamentals and configuration of generating facilities
2. Introduction to the GE LM series gas turbine
3. Introduction to GE frame series gas turbines
4. Introduction to the Siemens v-series gas turbine
5. Heavy duty gas turbines – major components and support systems
6. Aero-derivative gas turbines – major components and support systems
7. Fundamentals for gas turbine operation and routine maintenance
8. Overview of gas turbine control scheme
2. Introduction to the GE LM series gas turbine
3. Introduction to GE frame series gas turbines
4. Introduction to the Siemens v-series gas turbine
5. Heavy duty gas turbines – major components and support systems
6. Aero-derivative gas turbines – major components and support systems
7. Fundamentals for gas turbine operation and routine maintenance
8. Overview of gas turbine control scheme
1. Combustion theory
2. Basic boiler design
3. Boiler valves and fittings
4. Boiler fuel and air systems
5. Boiler water and steam cycle
6. Boiler heat recovery systems
7. Scrubbers and ash removal systems
8. Boilers operator roles and responsibilities
2. Basic boiler design
3. Boiler valves and fittings
4. Boiler fuel and air systems
5. Boiler water and steam cycle
6. Boiler heat recovery systems
7. Scrubbers and ash removal systems
8. Boilers operator roles and responsibilities
1. Introduction to the condensate system
2. Introduction to the feedwater system
3. Condensate and feedwater systems operation
2. Introduction to the feedwater system
3. Condensate and feedwater systems operation
1. Flue gas desulfurization system
2. Flue gas desulfurization system open spray design 1&2
3. Dry scrubber operation
4. Condensate and feedwater system control
4. Selective catalytic reduction system
5. Continuous emission monitoring
2. Flue gas desulfurization system open spray design 1&2
3. Dry scrubber operation
4. Condensate and feedwater system control
4. Selective catalytic reduction system
5. Continuous emission monitoring
1. Function of the boiler water and steam systems
2. Flow paths and components of the boiler water and steam systems
3. Process controls for the boiler water and steam systems
4. Start-up procedures for the boiler water and steam systems
5. Normal operation of the boiler steam and water cycle
6. Shutdown of the boiler water and steam systems
2. Flow paths and components of the boiler water and steam systems
3. Process controls for the boiler water and steam systems
4. Start-up procedures for the boiler water and steam systems
5. Normal operation of the boiler steam and water cycle
6. Shutdown of the boiler water and steam systems
1. Main transformers
2. Station service system
3. Fuses and circuit breakers
4. Protective relays and instrument transformers
5. Equipment disconnects and grounding
2. Station service system
3. Fuses and circuit breakers
4. Protective relays and instrument transformers
5. Equipment disconnects and grounding
1. Basic power plant efficiency
2. Water and steam terms and principles
3. Heat transfer principles
4. Laws and principles of thermodynamics
5. Performance parameters
6. Balancing efficiency, availability, capability and flexibility
7. Instrumentation and controls
8. Boiler efficiency and reliability
9. Turbine efficiency
10. Condenser efficiency
11. Condenser operation and reliability
12. Feedwater heater operation and efficiency
13. Pump efficiency and reliability
14. Environmentally sensitive operations
2. Water and steam terms and principles
3. Heat transfer principles
4. Laws and principles of thermodynamics
5. Performance parameters
6. Balancing efficiency, availability, capability and flexibility
7. Instrumentation and controls
8. Boiler efficiency and reliability
9. Turbine efficiency
10. Condenser efficiency
11. Condenser operation and reliability
12. Feedwater heater operation and efficiency
13. Pump efficiency and reliability
14. Environmentally sensitive operations
1. Understanding the basic properties of water and steam
2. Saturated steam tables
3. Superheated steam tables
2. Saturated steam tables
3. Superheated steam tables
1. Combined cycle power plants
2. Combined cycle power plant components
3. HRSG – Flow path and major equipment
4. HRSG – Auxiliary equipment and systems
5. HRSG – Basic Operating concerns and conditions
2. Combined cycle power plant components
3. HRSG – Flow path and major equipment
4. HRSG – Auxiliary equipment and systems
5. HRSG – Basic Operating concerns and conditions
1. Introduction to biomass power plants
2. Biomass and waste to energy power plants
2. Biomass and waste to energy power plants
Instrumentation and Control / Series 600
1. Instrumentation and control overview
2. Principles of temperature, pressure, level and flow
3. Temperature instruments
4. Pressure measuring devices
5. Level measuring devices
6. Flow measuring devices
7. Weight measuring devices
2. Principles of temperature, pressure, level and flow
3. Temperature instruments
4. Pressure measuring devices
5. Level measuring devices
6. Flow measuring devices
7. Weight measuring devices
1. Analytical instruments
2. Introduction to analytical testing
2. Introduction to analytical testing
1. P&ID basics
2. Reading a P&ID
3. Electrical drawings
4. Logic diagrams
5. Industrial print reading overview
2. Reading a P&ID
3. Electrical drawings
4. Logic diagrams
5. Industrial print reading overview
1. Signal transmission
2. Basic principles of industrial transmitters
3. Smart transmitters
4. Transducers
2. Basic principles of industrial transmitters
3. Smart transmitters
4. Transducers
1. Multimeters
2. Oscilloscopes
3. Power supplies
4. Signal generators
5. Temperature and loop calibrators
6. Manometers
7. Pressure and vacuum calibrators
8. Megohmmeters
2. Oscilloscopes
3. Power supplies
4. Signal generators
5. Temperature and loop calibrators
6. Manometers
7. Pressure and vacuum calibrators
8. Megohmmeters
1. Calibration overview 1&2
2. Introduction to troubleshooting
3. Instrument troubleshooting
2. Introduction to troubleshooting
3. Instrument troubleshooting
1. Introduction to automated control
2. Pneumatic control system
3. Introduction to switches
4. Electronic control systems
2. Pneumatic control system
3. Introduction to switches
4. Electronic control systems
1. Controllers to control modes
2. Operation of automatic-manual transfer stations
3. Final control elements
4. Advanced control modes
5. Loop tuning
2. Operation of automatic-manual transfer stations
3. Final control elements
4. Advanced control modes
5. Loop tuning
Process Systems and Operations / Series 700
1. Introduction to petroleum refining
2. Basic petroleum chemistry
3. OSHA’s Process Safety Management standard
4. History of refining
2. Basic petroleum chemistry
3. OSHA’s Process Safety Management standard
4. History of refining
1. Features and uses of process tanks
1. Introduction to process separators
1. Introduction to Naphtha reforming
1. Process utilities system 1&2
1. Sampling principles and methods
2. Testing principles and procedures
2. Testing principles and procedures
1. Features and operation of process heaters
1. Introduction to distillation
2. Operation of a distillation column
2. Operation of a distillation column
1. Introduction to process reactors
1. Safety alarm systems and instrumentation
2. Overpressure safety systems
2. Overpressure safety systems
1. Process product movement and shipment
2. Tanks and vessels used for storage
2. Tanks and vessels used for storage
Industrial Machining and Welding / Series 800
1. Introduction to measuring and cate of measuring tools
2. Measuring rules and tapes
3. Micrometers
4. Fixed gauges
5. Measuring with calipers
6. Dial indicators
7. Telescoping gauges
2. Measuring rules and tapes
3. Micrometers
4. Fixed gauges
5. Measuring with calipers
6. Dial indicators
7. Telescoping gauges
1. Scaffold erection and components
2. Rigging 1, 2&3
3. Ladders
4. Overhead cranes
5. Aerial lift devices
2. Rigging 1, 2&3
3. Ladders
4. Overhead cranes
5. Aerial lift devices
1. Layout and bench work
2. Threading and tapping
2. Threading and tapping
1. Safe welding and cutting practices
2. Weldability of metals
3. Shielded metal arc welding
4. Gas metal arc welding
5. Tungsten inert gas welding
6. Oxyacetylene welding
7. Plasma cutting
2. Weldability of metals
3. Shielded metal arc welding
4. Gas metal arc welding
5. Tungsten inert gas welding
6. Oxyacetylene welding
7. Plasma cutting